Multi-polarized wi-fi antenna signal booster operates on 2.4 - 2.5 GHz or 2400-2500 MHz. Each of the three UV stabilized whip lengths are 5 inches long. Slips on to any existing wifi antenna to boost wireless connectivity. Excellent for any 2.4GHz connection set-up such as wifi access points (AP), wifi routers, USB and PCI adapters.

What is a Multi-Polarizer Signal Booster? And why you might need one?

Do you have a poor wifi signal? Or decreased data throughput? A miss-match of polarized waves might be the problem. A multi-polarizer antenna attachment might be able to help you with that. This WiFi signal booster is a multi-polarized (MP) Antenna. It is an easy slip on version that can slip on or attach to any pre-existing WiFi antenna because most range from sizes .28" to .30" in diameter. It does not require power or battery to work. Utilizing this multi-polarizer booster will help improve your wi-fi signal and performance by utilizing a three-dimensional antenna design that helps to improve voice and wireless communications, as well as data applications. This 2.4 GHz amplifier helps to increase sound quality and voice clarity, with multi-path mitigation. It also helps with better reliability, while increasing data throughput.

A Multi-Path Problem Solution.

This type of multipolarizer antenna is specifically designed to eliminate and mitigate multi-path waves through receiving and transmitting signals on spatially diverse planes and in numerous polarizations.

What does this mean?

This means that you get a clearer signal with better voice clarity. If you're ready to stop asking your friends and family to repeat what they said again and again when wifi calling or using cordless phone, this can help with improving the overall sound quality.

Offers Better Data Throughput.

If you're looking for something that can help you get more of a consistent signal, this multipolarized antenna might be able to help. It is a high-efficiency antenna that can eliminate jitter, and end slow throughput speeds, giving you better and more consistent signal strength that is more reliable.

The Basics on Antenna Polarization and Why It Matters.

When you're looking for a good antenna, understanding or simply being aware of an antenna's polarization is important. What is Antenna polarization? Since energy will travel in 2-dimensional waves - not like the 3-dimensional planet we live on, antenna polarization is required. Because of the wave propagation and its physical property, horizontally polarized antennas can run into trouble when it comes to communicating with vertically polarized signals.

Basically, the waves from both types are traveling in different directions, making them incompatible and inefficient. Imagine a vertical coin slot. If you try to put a quarter into it horizontally, it is not going to fit, right? Or vise-versa... If you’re trying to put a quarter into a horizontal coin slot, you can't push it in vertically either. This is the way the transmission happens when a horizontal signal wave tries to be received by a vertical polarized antenna.

When does this become a problem?

If you have an antenna that is different than another person's antenna, you're likely going to have trouble communicating, unless you have matching antenna polarizations. While it is not impossible for the different polarized antennas to be able to communicate, it will simply be very limited since it has to rely on reflection of the signal and refraction.

Many of today's antennas receive and transmit through vertical polarization. Making things harder, the waves from those will reflect off of common objects in our real world, and as they bounce, the wave changes polarization. Every time it bounces off an object and changes polarization, you get a decreased signal strength in your receiving antenna.

This is where multi-polarized antennas can come in handy. They solve the mismatch problem and make it easier for you to receive both vertical or horizontal wave transmissions. This means you get a stronger signal strength and better sound clarity and quality.

Features:

• MultiPolarized.
• Obstruction Penetrating Send and Receive.
• Enhanced Connectivity and Throughput.
• Built In Spatial Diversity.
• Easy slip on Installation.
• M-POLTM Quality and Performance.

Applications:

• 2.4 GHz ISM WiFi Band Applications.
• 802.11b,g,n Wireless Systems.
• Wireless Broadband Systems.
• WiFi Access Point, Router, Bridge, CPE.
• USB and PCI Wireless cards.
• VoIP phone systems.
• Wireless Camera Systems Cordless Phones.
• Wireless Video Game Adapters.

Wifi Antenna Booster Improvement Test:

Summary:

This revolutionary MultiPolarizer antenna booster 08-ANT-0882 is an easy to install WiFi signal harvester that improves the connectivity of any stick antenna. Much like gutters on a house that direct collected rain into a continuous concentrated stream, it collects and directs normally missed WiFi radio waves into a focused stream of information that it then transfers to the stick antenna of the wireless device. Based upon the combined theories of electromagnetic field coupling, energy harvesting and multipolarization, this MP Antenna empowers anyone to quickly and easily improve WiFi performance. No Batteries or power required. Simply slip it onto any standard WiFi antenna to experience faster throughput and stronger signals in weak coverage areas.

Please note: This antenna does not directly connect to smartphone, or any wifi device. This is a passive system that is placed on existing antenna, if any. It is not connected to any power supply. It subtly transfers signal available to antenna that it is placed on, to slightly improve reception. This should technically benefit all devices inside the home, office, or vehicle, albeit slightly. This is not a powered wifi signal amplifier system so you will only see subtle reception improvement. This wifi passive antenna signal repeater is similar to our passive cell signal repeater which helps improve cellular signals only slightly if only slight improvement will help get the job done. Both these may not help if major improvement and data speed are needed. In summary, this is a very low cost simple solution for only a slight improvement in wi-fi reception, instead of none at all.